Low earth orbit is growing from 10,000 satellites today to 100,000 by 2035. Collision risk is no longer theoretical. It is an operational, daily, and accelerating problem. Orbit-I turns fragmented collision alerts into defensible, auditable decisions.
Mega-constellations and orbital data centers are filling finite orbital lanes faster than the industry can manage. More objects sharing the same corridors means collision risk has crossed from theoretical to operational.
Satellite operators receive collision alerts every day. Each alert demands a response. Maneuver or don't maneuver. Today that decision rests on three data points: time of closest approach, miss distance, and probability of collision.
The current system is fragmented. False positives are rampant. Operators either waste money on unnecessary maneuvers or stop trusting alerts entirely and do nothing. Both outcomes are dangerous.
No unified view across conjunction data sources. Operators manually cross-reference multiple feeds with no decision framework.
The uncertainty on the state of each space object is embedded in every alert. Current systems fail to properly communicate it. This is the root cause of poor decisions.
Operators desensitized by noise either maneuver unnecessarily at high cost, or ignore alerts entirely. Both outcomes compound systemic risk.
Decisions made on intuition with no defensible reasoning record. Regulatory and insurance exposure grows with each undocumented event.
Orbit-I runs continuously from T minus 7 days through to the final 12 hours before closest approach. Throughout that entire window, the system ingests new alert data, reassesses covariance quality, and issues an updated decision at each checkpoint.
Orbit-I ingests collision alerts and applies covariance quality assessment to generate a confidence score and structured decision framework.
Operators move from raw alert data to a defensible, auditable decision with a complete reasoning trail. From one week before closest approach down to the final 12 hour window.
No more guessing. No more false positive fatigue. No more undocumented decisions. Every action is traceable, every recommendation is justified.
See it in the Demo →Every conjunction alert is assessed for covariance quality. A structured confidence score replaces subjective interpretation with quantified certainty.
Structured Wait, Monitor, and Act outputs at each time milestone. Operators always know what to do and why. From T minus 7 days to T minus 12 hours.
Every recommendation, every data input, every decision is logged. Defensible records for regulatory compliance, insurers, and mission reviews.
Upload conjunction data in standard CSV format. Orbit-I parses, validates, and enriches each alert automatically with no manual re-entry required.
Charts and dashboards surface alert trends, risk distribution, and confidence scores across your entire satellite fleet at a glance.
Submit structured queries for additional orbital data, covariance updates, or custom analysis. Every request is tracked and logged within the platform.
Walk through a live demo of the full platform. From alert ingestion to covariance scoring to a structured operator decision.
Access the Demo →